the best set of numbers is irass-anal numbers. so if you want to find it it is irass-anal numbers stupid fuck's
The mathematical symbol for average is sometimes denoted by putting a line above the variable, like this: _ X The "Expectation value" of a random variable - is like a weighted average. E[X] or <X> or the Greek letter mu (µ) - are a few of the common symbols for the Expected Value of X. A random variable may, for example, represent your high school grades for each course taken, where each course has a different weight. The expectation value would be your weighted average of high school grades.
When an object is moving along a straight line at a variable speed, we can express the magnitude of the rate of motion in terms of average velocity.It is the same way as we calculate average speed.
The Recommended Daily Values describe what your intake for vegetables, fruits and meats should be. They were created by the FDA.
Box [and whisker] plots show 5 key statistics of a set of numerical data. It is of no use for qualitative data. From the smallest to the largest, the statistics plotted are:The minimum valueThe lower quartile (the value of the variable that is greater than a quarter of the observations)The median (the value of the variable that is greater than half the observations)The upper quartile (the value of the variable that is greater than three quarters of the observations)The maximum value.(In slightly refined versions, outliers are separately identified).The median is a measure of central tendency (average value). The difference between the quartiles is a measure of dispersion or spread around the average. The relative values of the five indicate whether or not the data set is skewed.Box [and whisker] plots show 5 key statistics of a set of numerical data. It is of no use for qualitative data. From the smallest to the largest, the statistics plotted are:The minimum valueThe lower quartile (the value of the variable that is greater than a quarter of the observations)The median (the value of the variable that is greater than half the observations)The upper quartile (the value of the variable that is greater than three quarters of the observations)The maximum value.(In slightly refined versions, outliers are separately identified).The median is a measure of central tendency (average value). The difference between the quartiles is a measure of dispersion or spread around the average. The relative values of the five indicate whether or not the data set is skewed.Box [and whisker] plots show 5 key statistics of a set of numerical data. It is of no use for qualitative data. From the smallest to the largest, the statistics plotted are:The minimum valueThe lower quartile (the value of the variable that is greater than a quarter of the observations)The median (the value of the variable that is greater than half the observations)The upper quartile (the value of the variable that is greater than three quarters of the observations)The maximum value.(In slightly refined versions, outliers are separately identified).The median is a measure of central tendency (average value). The difference between the quartiles is a measure of dispersion or spread around the average. The relative values of the five indicate whether or not the data set is skewed.Box [and whisker] plots show 5 key statistics of a set of numerical data. It is of no use for qualitative data. From the smallest to the largest, the statistics plotted are:The minimum valueThe lower quartile (the value of the variable that is greater than a quarter of the observations)The median (the value of the variable that is greater than half the observations)The upper quartile (the value of the variable that is greater than three quarters of the observations)The maximum value.(In slightly refined versions, outliers are separately identified).The median is a measure of central tendency (average value). The difference between the quartiles is a measure of dispersion or spread around the average. The relative values of the five indicate whether or not the data set is skewed.
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Average Variable Cost = Total Variable Cost/ Quantity Average Cost = Average Fixed Cost + Average Variable Cost Average Cost = Total Cost/Quantity
the average variable cost curve and average cost curve are u- shaped because of the law of variable proportions.
Average total cost is the average of all your costs. This is your Fixed Costs and your Variable costs. Average Variable Cost is the average of your costs that can fluctuate.
When average variable costs equal to the average marginal cost, the average variable cost will be at the minimum point. i.e. lowest cost
Average speed can be represented by the mathematical expression "distance x time."
average fixed will go down, average variable will remain the same, and average total will go down.
decrease. Think about it this way, if you have a room full of people and you get their average height(average variable cost), and now each person that walks into the room(marginal cost) is shorter than the average, the average will drop.
To find the Average Variable Cost functions you need the following: ATC, TFC and TC.
Average total cost is the average of all your costs. This is your Fixed Costs and your Variable costs. Average Variable Cost is the average of your costs that can fluctuate.
The average income is the variable right?
Dependent variable is usually speed.
When a firm attains minimum average variable cost, the number of units of labor it is using depends on the average product.